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The LED therapy we use simultaneously employs 3 clinically proven light frequencies for skin rejuvenation and acne treatment. Depending on the wavelength and penetration depth, cell growth can be stimulated, and the production of natural collagen can be promoted. This can visibly reduce wrinkles and make the skin appear more harmonious and healthier.

In the aesthetics field, small light-emitting diodes, or LEDs, are primarily used in special highly specific masks.

Red LED light is the wavelength of light (580-660nm) that penetrates the deepest into the skin. Red light stimulates collagen production, which is responsible for the skin’s support structure, elasticity, and radiance.

An LED treatment with red light can refine pores, alleviate them, and even reverse UV light-induced damage to some extent. The innovative light treatment is increasingly being used against acne because it also inhibits inflammatory processes (such as pimples) and promotes the repair processes of the body’s own cells.

LED therapy is based on the use of specific light wavelengths that penetrate the skin and exert their healing effects there. Depending on the chosen wavelength, different skin problems can be targeted. For example, blue light can help combat acne by killing bacteria, while red light stimulates collagen production and improves skin texture.

A major advantage of LED therapy is its gentle nature. Unlike invasive procedures, it does not require injections, cuts, or aggressive chemicals. The light gently penetrates the skin without damaging or irritating it. This makes the treatment comfortable and well-tolerated for many people, regardless of their skin type or sensitivity.

Another positive aspect of LED therapy is its versatility. It can be used to treat a variety of skin problems, including acne, fine lines and wrinkles, hyperpigmentation, rosacea, and scars. The different light wavelengths can be tailored to the individual needs and skin problems of each person to achieve optimal results.

Ultraviolet light irradiation 320 nm for calcium supply

As there may be a lack of vitamin D in low-temperature climates, this wavelength can help strengthen the calcium and vitamin D content of the skin. This may lead to hyperpigmentation, as the skin may stimulate melanin production to protect against irradiation. Do not use the setting in the facial area.

Purple irradiation – 308 nm

This mode can help heal the skin, brighten the skin, and treat acne skin problems.

Blue irradiation – 415 nm

Blue light provides excellent treatment for skin prone to rashes as it targets the Propionibacterium in the skin responsible for inflammatory rashes. It reduces pustules, papules, and blackheads. The effects of seborrhea are also reduced, resulting in a brighter, smoother, and more even skin tone over time.

Green irradiation – 560 nm

This is the skin-calming mode that helps reduce inflammation. Hyperpigmentation occurs when the skin is exposed to trauma and consequently produces excess melanin. A green LED can target this area and prevent hyperpigmentation by reducing inflammation in the skin.

Yellow irradiation – 590 nm

Yellow light can accelerate wound healing and support lymphatic drainage, detoxifying the skin and preventing regular breakouts and a sluggish complexion.

Orange irradiation – 610 nm

This wavelength promotes blood circulation, oxygen supply, and lymphatic drainage. This way, the skin is supplied with vital nutrients, and the overall quality and health of the skin are improved.

Red irradiation – 635 nm

An energy-rich wavelength for deep penetration. It accelerates healing processes, reduces inflammation, and regenerates the extracellular matrix. This wavelength helps control and reduce the effects of rosacea, psoriasis, eczema, skin inflammation, and severe acne.

Choose the skin area you want to treat and allow the skin to absorb the irradiation of this wavelength. The device will automatically shut off once the preset time has elapsed. Once the skin’s photoreceptors have absorbed the wavelengths, the light can accelerate the skin’s 7-dehydrocholesterol, helping to prevent discomfort caused by vitamin D deficiency. Vitamin D is very important for overall skin health; a deficiency in vitamin D can affect the texture and function of the skin.

In summary, LED therapy has fascinating potential for radiant skin. It is non-invasive, well-tolerated, and versatile. With minimal downtime and long-term results, it is an attractive option for those looking to improve their skin health and maintain a youthful appearance.